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planar speakers use different methodologies to achieve their results.
For example in my home speakers, ML CLS IIs, there are no crossovers because there is only one membrane. All of this is visible, as is the fact that when force air hits a certain part of the membrane, certain tones are given off, sort of like the well known effect of "playing glasses or bottles" that produce different tones because of their different volumes. In this regard, electrostatics in particular are often held up as being superior at the microdynamics end of the continuum.
I presume that the very low mass of these speakers also has something to do with this, just as it effects the perceived transient response of instruments such plucked guitar strings, drums, and in gerneral the sound reeproduced by most percussive instruments, including the piano, of course.
That said, I know from both visual inspection and reading some of the company's literature that the energized membrane is actually divided into 12 sections (10 along the main vertical array and 2 full length sections running the total 48" length of the panels) which are designed to handle different portions of the frequency spectrum, and what the company refers to as some.
I don't profess to be an expert on how speakers technically replicate fortissimos or pianissimos, which are often associated with different instruments (e.g. I don't think that anybody would claim that a piccolo can play as loudly as a piano), but obviously most speaker evaluations that I have read to consider the ability of the speaker to handle what are often called microdynamics (small level signals) as well as macrodynamics (largre level signals) as part of their overall evaluation.type of "damping material" is used between them.

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